Does anyone use wood for vibration control?


What kind of wood have you found to be best?
bksherm
According to Wikipedia, and 'audio signal' is an analog or digital representation of sound.

https://en.wikipedia.org/wiki/Audio_signal

Loudspeakers take an electrical audio signal as the input, create a vibration, and produce the sounds you hear. Microphones do the opposite.

So there are three things, sound, vibration, and signal, and two forms of signal, analog and digital.

Oscilloscopes take an electrical audio signal as the input and produce the moving visual image that you see.





Hi jburidan

Yep, pretty simple stuff isn’t it, and this has been universally known and demonstrated for ever since we were all little kids taking our first science class in grade school. Why people attempt to create things in HEA that can’t be is very strange. Those of us who actually test (live with) these things don’t really care what words are used as long as they portray the event, and putting something underneath an audio component is clearly a transfer (interaction) of energy not isolating.

BTW today I’m listening to springs under my components. These are isolating nothing, clearly mechanical interaction going on here. Springs are probably one of the greatest examples of being gravity responsive not anti-gravitational. Springs don't push against gravity, they act as a transfer cushion for the pull of gravity.

MG

Apparently all you need to do is knock on Michael’s door and he’ll take you in.
Welcome to the isolation club, Michael. I knew we’d get there eventually. 🤗
Sorry, I was in a hurry to leave home so I misspelled ’an’ as ’and’ -- the post should read:

According to Wikipedia, an ’audio signal’ is an analog or digital representation of sound.

https://en.wikipedia.org/wiki/Audio_signal

Loudspeakers take an electrical audio signal as the input, create a vibration, and produce the sounds you hear. Microphones do the opposite.

So there are three things, sound, vibration, and signal, and two forms of signal, analog and digital.

Oscilloscopes take an electrical audio signal as the input and produce the moving visual image that you see.